Special Issue on the Semantic Web for the Legal Domain Guest Editors’ Editorial: the Next Step

Total Page:16

File Type:pdf, Size:1020Kb

Special Issue on the Semantic Web for the Legal Domain Guest Editors’ Editorial: the Next Step Special Issue on the Semantic Web for the Legal Domain Guest Editors’ Editorial: The Next Step Pompeu Casanovasa,b, Monica Palmiranic, Silvio Peronid,*, Tom van Engerse, Fabio Vitalif a [email protected] Institute of Law and Technology, Universitat Autònoma de Barcelona Campus de la UAB, 08193 Bellaterra (Barcelona), Spain b [email protected] Law and Policy Program: Data to Decisions Cooperative Research Centre, Law School, Deakin University 1 Gheringhap Street, Geelong VIC 3220, Australia c [email protected] CIRSFID, University of Bologna, via Galliera, 3, 40121 Bologna (BO), Italy d [email protected] Department of Computer Science and Engineering, University of Bologna, Mura Anteo Zamboni 7, 40126 Bologna (BO), Italy e [email protected] Leibniz Center for Law, University of Amsterdam, Vendelstraat 8, 1012 XX Amsterdam, The Netherlands f [email protected] Department of Computer Science and Engineering, University of Bologna, Mura Anteo Zamboni 7, 40126 Bologna (BO), Italy Abstract. Ontology-driven systems with reasoning capabilities in the legal field are now better understood. Legal concepts are not discrete, but make up a dynamic continuum between common sense terms, specific technical use, and professional knowledge, in an evolving institutional reality. Thus, the tension between a plural understanding of regulations and a more general understanding of law is bringing into view a new landscape in which general legal frameworks—grounded in well-known legal theories stemming from 20th-century c. legal positivism or sociological jurisprudence—are made compatible with specific forms of rights management on the Web. In this sense, Semantic Web tools are not only being designed for information retrieval, classification, clustering, and knowledge management. They can also be understood as regulatory tools, i.e. as components of the contemporary legal architecture, to be used by multiple stakeholders —front-line practitioners, policymakers, legal drafters, companies, market agents, and citizens. That is the issue broadly addressed in this Special Issue on the Semantic Web for the Legal Domain, overviewing the work carried out over the last fifteen years, and seeking to foster new research in this field, beyond the state of the art. Keywords: Semantic Web for the Legal Domain, Ontologies, Linked Data, Semantic Web and its applications, Regulations, Rights 1. Introduction currently constitutes one of the most interesting topics in the scientific publishing domain. The Semantic Web has been devoted to addressing social Probably due to the success the Semantic Publishing issues from the outset. For instance, in the field’s best-known movement is having in academia, several publishing 4 5 seminal article [1], Tim Berners-Lee, Handler, and Lassila companies (e.g., the Nature Publishing Group and Elsevier ) 6 describe intelligent agents dialoguing and interacting between and journals (e.g., the Semantic Web Journal [65] and 7 each other in order to solve a particular medical scenario. Journal of Universal Computer Science ) are approaching However, in the early years of the Semantic Web, the main Semantic Publishing by releasing concrete datasets and effort went into background studies, where Artificial applications. These initiatives represent the first formal Intelligence (AI) and Knowledge Engineering (KE) were the endorsement of publishing-related industries in moving main actors on the scene. Activities mostly involved the towards Semantic Web technologies in real-case industrial development of new formal languages (e.g., RDF [33], RDFS scenarios. [19] and OWL [75]1), APIs (e.g., Jena [20] and OWLAPI On the other hand, the work carried out by Legal [61]), reasoners (e.g., Pellet [114] and Hermit [76]), ontology Information Institutes (LII)8 and the Free Access to Law development editors (e.g., Protégé [70] and the NeOn Toolkit Movement (FALM)9 deserves a mention. Based on the right [116]), and visualization tools (e.g., VOWL2 [72] and LODE of republication, they have devoted themselves, over the last [91][92]). twenty years, to providing free online access to case law, Only later, and standing on the shoulders of the legislation, treaties, law reforms, and legal scholarship.10 This aforementioned works, did people start to approach the is a significant contribution to the development of the rule of Semantic Web from different perspectives, such as law from a global point of view. engineering (i.e., Linked Data [12]), the social sciences (i.e., Their success is incontrovertible, because of its global Social Semantic Web [57]), and the hard sciences (i.e., Web scope. For example, the Cornell LII was visited last year by Science [60]). The Semantic Web then started to broaden its about 30 million different individuals from 246 countries and reach, moving from academia to other (more “applicative”) territories.11 AustLII12 shows similar results.13 Total hits for domains, such as industry, administration, and, last but not 2014 exceeded 223 million and averaged 611,545 hits per least, law—the very topic of this special issue. day. By the end of 2015 AustLII had 708 databases; 712 in In the following sections we want to spend a few words on February 2016.14 On average, it has been adding more than examples of applications of Semantic Web technologies to one new database every two weeks since it was started in these domains before presenting, in Section 7, five high- 1995.15 quality articles that have been selected for this special issue LII and FALM have been paying a close attention to of the Semantic Web for the Legal Domain. Semantic Web developments [93] to enable easier access to legal texts and improve their readability [32]. Let Thomas R. 2. Semantic Web, Industry, and Free Access to Bruce, director of the Cornell LII, freely provide some Law: Publishers Meet Semantics specific examples:16 “On the technical side, we employ Semantic Web According to the vision provided in foundational works technologies in a number of our features and collections. For [109][111][95][34], Semantic Publishing is the use of example, search of some portions of the US Code is enhanced Semantic Web technologies to enhance published documents with Linked Data from the DrugBank database, which directs (e.g., journal articles) in order to enable the definition of users who search for a brand-name drug to the regulations formal representations of their meaning, facilitate their that deal with the components of that drug (so, for example, a automatic discovery, enable their linking to semantically search for ‘panadol’ would give results similar to a search for related articles, provide access to data within articles in ‘acetaminophen’). We have, in prototype, a number of actionable form, and allow integration of data between features based on entity-linking techniques (so, for instance, papers. In particular, the ultimate aim of Semantic Publishing mentions of medical conditions in the sections dealing with is to semantically represent the intellectual discourse of a benefits for military veterans are linked to their document in machine-readable form, including how corresponding MESH entries, from which the user can arguments are modelled within the text. navigate to further medical information; in the past, we Since at least 2010, a number of initiatives have been proposed to promote Semantic Publishing to a broader audience, particularly triplestores (e.g., Open Citation Corpus 4 Nature Linked Data Platform: http://data.nature.com. [110][90] and the Open University Open Linked Data [126]), 5 Elsevier Linked Data Repository: http://data.elsevier.com. workshops (e.g., SePublica [45][46][47][48] and Linked 6 Semantic Web Journal Linked Data: http://semantic-web- Science [67][68][56]), special issues of academic journals journal.com/sejp/page/semanticWebJournal. (e.g., the Semantic Web Journal special issues on New 7 Journal of Universal Computer Science bibliographic database: Models of Semantic Publishing in Science [15] and on Linked http://jucs.org:8181/d2rq/. Data for Science and Education [69]), academic challenges 8 http://www.worldlii.org/. (e.g., the Semantic Publishing Challenge [101]), and research communities (e.g., Force113 [38]). These initiatives seem to 9 http://www.falm.info/. confirm that Semantic Publishing using Web standards 10 https://en.wikipedia.org/wiki/Free_Access_to_Law_Movement. 11 Cornell Legal Information Institute: https://www.law.cornell.edu/. 12 Australasian Legal Information Institute: http://www.austlii.edu.au/. 1 Even if the first drafts of such specifications were published starting from the end of the 20th century, here we decided to cite 13 only their earliest versions. http://www.austlii.edu.au/austlii/reports/2014/AustLII_YiR_2014.pdf 2 http://www.semantic-web-journal.net/content/vowl-2-user- 14 http://www.austlii.edu.au/databases.html. oriented-visualization-ontologies. 15 Graham Greenleaf, personal communication. 3 Force11: https://www.force11.org. 16 Tom Bruce, personal communication. classified agricultural regulations using AGROVOC, and 2016) freely available. All data are non-personal (for privacy linked regulations to related scientific papers classified with reasons) and, in principle, available in several data formats. that ontology). These prototype features come and go as we Each page describes a dataset and presents information about test them for viability, but will very soon be aggregated into a the formats used, its openness, its themes, and the timespan system of
Recommended publications
  • A Comparative Evaluation of Geospatial Semantic Web Frameworks for Cultural Heritage
    heritage Article A Comparative Evaluation of Geospatial Semantic Web Frameworks for Cultural Heritage Ikrom Nishanbaev 1,* , Erik Champion 1,2,3 and David A. McMeekin 4,5 1 School of Media, Creative Arts, and Social Inquiry, Curtin University, Perth, WA 6845, Australia; [email protected] 2 Honorary Research Professor, CDHR, Sir Roland Wilson Building, 120 McCoy Circuit, Acton 2601, Australia 3 Honorary Research Fellow, School of Social Sciences, FABLE, University of Western Australia, 35 Stirling Highway, Perth, WA 6907, Australia 4 School of Earth and Planetary Sciences, Curtin University, Perth, WA 6845, Australia; [email protected] 5 School of Electrical Engineering, Computing and Mathematical Sciences, Curtin University, Perth, WA 6845, Australia * Correspondence: [email protected] Received: 14 July 2020; Accepted: 4 August 2020; Published: 12 August 2020 Abstract: Recently, many Resource Description Framework (RDF) data generation tools have been developed to convert geospatial and non-geospatial data into RDF data. Furthermore, there are several interlinking frameworks that find semantically equivalent geospatial resources in related RDF data sources. However, many existing Linked Open Data sources are currently sparsely interlinked. Also, many RDF generation and interlinking frameworks require a solid knowledge of Semantic Web and Geospatial Semantic Web concepts to successfully deploy them. This article comparatively evaluates features and functionality of the current state-of-the-art geospatial RDF generation tools and interlinking frameworks. This evaluation is specifically performed for cultural heritage researchers and professionals who have limited expertise in computer programming. Hence, a set of criteria has been defined to facilitate the selection of tools and frameworks.
    [Show full text]
  • From the Semantic Web to Social Machines
    ARTICLE IN PRESS ARTINT:2455 JID:ARTINT AID:2455 /REV [m3G; v 1.23; Prn:25/11/2009; 12:36] P.1 (1-6) Artificial Intelligence ••• (••••) •••–••• Contents lists available at ScienceDirect Artificial Intelligence www.elsevier.com/locate/artint From the Semantic Web to social machines: A research challenge for AI on the World Wide Web ∗ Jim Hendler a, , Tim Berners-Lee b a Tetherless World Constellation, RPI, United States b Computer Science and AI Laboratory, MIT, United States article info abstract Article history: The advent of social computing on the Web has led to a new generation of Web Received 24 September 2009 applications that are powerful and world-changing. However, we argue that we are just Received in revised form 1 October 2009 at the beginning of this age of “social machines” and that their continued evolution and Accepted 1 October 2009 growth requires the cooperation of Web and AI researchers. In this paper, we show how Available online xxxx the growing Semantic Web provides necessary support for these technologies, outline the challenges we see in bringing the technology to the next level, and propose some starting places for the research. © 2009 Elsevier B.V. All rights reserved. Much has been written about the profound impact that the World Wide Web has had on society. Yet it is primarily in the past few years, as more interactive “read/write” technologies (e.g. Wikis, blogs and photo/video sharing) and social network- ing sites have proliferated, that the truly profound nature of this change is being felt. From the very beginning, however, the Web was designed to create a network of humans changing society empowered using this shared infrastructure.
    [Show full text]
  • Deciding SHACL Shape Containment Through Description Logics Reasoning
    Deciding SHACL Shape Containment through Description Logics Reasoning Martin Leinberger1, Philipp Seifer2, Tjitze Rienstra1, Ralf Lämmel2, and Steffen Staab3;4 1 Inst. for Web Science and Technologies, University of Koblenz-Landau, Germany 2 The Software Languages Team, University of Koblenz-Landau, Germany 3 Institute for Parallel and Distributed Systems, University of Stuttgart, Germany 4 Web and Internet Science Research Group, University of Southampton, England Abstract. The Shapes Constraint Language (SHACL) allows for for- malizing constraints over RDF data graphs. A shape groups a set of constraints that may be fulfilled by nodes in the RDF graph. We investi- gate the problem of containment between SHACL shapes. One shape is contained in a second shape if every graph node meeting the constraints of the first shape also meets the constraints of the second. Todecide shape containment, we map SHACL shape graphs into description logic axioms such that shape containment can be answered by description logic reasoning. We identify several, increasingly tight syntactic restrictions of SHACL for which this approach becomes sound and complete. 1 Introduction RDF has been designed as a flexible, semi-structured data format. To ensure data quality and to allow for restricting its large flexibility in specific domains, the W3C has standardized the Shapes Constraint Language (SHACL)5. A set of SHACL shapes are represented in a shape graph. A shape graph represents constraints that only a subset of all possible RDF data graphs conform to. A SHACL processor may validate whether a given RDF data graph conforms to a given SHACL shape graph. A shape graph and a data graph that act as a running example are pre- sented in Fig.
    [Show full text]
  • The Application of Semantic Web Technologies to Content Analysis in Sociology
    THEAPPLICATIONOFSEMANTICWEBTECHNOLOGIESTO CONTENTANALYSISINSOCIOLOGY MASTER THESIS tabea tietz Matrikelnummer: 749153 Faculty of Economics and Social Science University of Potsdam Erstgutachter: Alexander Knoth, M.A. Zweitgutachter: Prof. Dr. rer. nat. Harald Sack Potsdam, August 2018 Tabea Tietz: The Application of Semantic Web Technologies to Content Analysis in Soci- ology, , © August 2018 ABSTRACT In sociology, texts are understood as social phenomena and provide means to an- alyze social reality. Throughout the years, a broad range of techniques evolved to perform such analysis, qualitative and quantitative approaches as well as com- pletely manual analyses and computer-assisted methods. The development of the World Wide Web and social media as well as technical developments like optical character recognition and automated speech recognition contributed to the enor- mous increase of text available for analysis. This also led sociologists to rely more on computer-assisted approaches for their text analysis and included statistical Natural Language Processing (NLP) techniques. A variety of techniques, tools and use cases developed, which lack an overall uniform way of standardizing these approaches. Furthermore, this problem is coupled with a lack of standards for reporting studies with regards to text analysis in sociology. Semantic Web and Linked Data provide a variety of standards to represent information and knowl- edge. Numerous applications make use of these standards, including possibilities to publish data and to perform Named Entity Linking, a specific branch of NLP. This thesis attempts to discuss the question to which extend the standards and tools provided by the Semantic Web and Linked Data community may support computer-assisted text analysis in sociology. First, these said tools and standards will be briefly introduced and then applied to the use case of constitutional texts of the Netherlands from 1884 to 2016.
    [Show full text]
  • The Web of Data for E-Commerce: Schema.Org and Goodrelations for Researchers and Practitioners
    The Web of Data for E-Commerce: Schema.org and GoodRelations for Researchers and Practitioners Martin Hepp() E-Business & Web Science Research Group, Universität der Bundeswehr München, Werner-Heisenberg-Weg 39, 85577, Neubiberg, Germany [email protected] Abstract. Schema.org is one of the main drivers for the adoption of Semantic Web principles by a broad number of organizations and individuals for real business needs. GoodRelations is a well-established conceptual model for representing e-commerce information, one of the few widely used OWL DL on- tologies, and since 2012 the official e-commerce model of schema.org. In this tutorial, we will (1) give a comprehensive overview and hands-on training on the advanced conceptual structures of schema.org for e-commerce, including patterns for ownership and demand, (2) present the full tool chain for producing and consuming respective data, (3) explain the long-term vision of Linked Open Commerce, and (4) discuss advanced topics, like access control, identity and authentication (e.g. with WebID); micropayment services, and data management issues from the publisher and consumer perspective. We will also cover research opportunities resulting from the growing adoption and the re- spective amount of data in RDFa, Microdata, and JSON-LD syntaxes. Keywords: Schema.org · GoodRelations · Semantic Web · Ontologies · Micro- data · OWL · RDFa · JSON-LD · Linked Open Data · E-Commerce · E-Business 1 Introduction Schema.org [1] is one of the main drivers for the adoption of Semantic Web principles by a broad number of people for their real business needs. The resulting amount of real-world RDF1 data exceeds a critical mass so that it becomes interesting as reference data for any kind of foundational Semantic Web research.
    [Show full text]
  • A Celebration of 10 Years of the Science of the Web WEB SCIENCE TRUST BOARD Board Members
    2006-2016 A celebration of 10 Years of the Science of the Web WEB SCIENCE TRUST BOARD Board Members Professor Dame Wendy Hall JP Rangaswami Professor Sir Nigel Shadbolt Professor George Metakides Professor James Hendler John Taysom Professor Noshir Contractor Daniel J Weitzner Fellows and Advisors Professor Bebo White Web Science Champion Sir John Taylor Professor Sir Tim Berners-Lee Senior Fellow Senior Fellow Anni Rowland-Campbell Baroness Rennie Fritchie Advisor Patron We also wish to acknowledge the contribution of colleagues who acted as supporters and research fellows for the fore- runner to the Web Science Trust, the Web Science Research Initiative (WSRI). CELEBRATING 10 YEARS OF WEB SCIENCE 2016 marks the tenth anniversary of the academic discipline of Web Science. It was in 2006 that the paper ‘Creating a Science of the Web’ appeared in the journal Science. The paper’s authors: Tim Berners-Lee, Wendy Hall, James Hendler, Nigel Shadbolt, and Daniel Weitzner, set out their concerns about the future direction of the Web, and emphasized the need to establish a clear research agenda ‘aimed at understanding the current, evolving, and potential Web’: “If we want to model the Web; if we want to understand the architectural principles that have provided for its growth; and if we want to be sure that it supports the basic social values of trustworthiness, privacy, and respect for social boundaries, then we must chart out a research agenda that targets the Web as a primary focus of attention.” The authors called for the new discipline of Web Science role in shaping appropriate policy directives, as well as to be inherently interdisciplinary, to tackle research enabling a better understanding of the central importance challenges around ownership and access to data, and to of the Web in all our lives.
    [Show full text]
  • A Manifesto for Web Science? Susan Halford, Cathy Pope, Leslie Carr University of Southampton Southampton United Kingdom
    A Manifesto for Web Science? Susan Halford, Cathy Pope, Leslie Carr University of Southampton Southampton United Kingdom [email protected] Categories and Subject Descriptors The call for Web Science insists that we open up this H.3.5 [Information Storage and Retrieval]: Online space. In doing so, a flag has been planted. Hendler, Information Services Berners-Lee et al have named this territory for web science and have begun to map it from their vantage point in General Terms Computer Science. But – and as they would be the first to Management, Documentation, Economics, Security, acknowledge – this is only one vantage point. Other Human Factors, Legal Aspects. disciplines will add new perspectives and interpretations. However, it is by no means certain that we will all agree Keywords about what we see. For whilst we might all agree that Web Web science Science cannot develop without inter-disciplinarity, we 1. INTRODUCTION should be clear from the beginning that this is no simple matter. We need to be realistic about what we are getting A clarion call for a new science of the web has been ourselves into. There will be big challenges in making sounded in the pages of CACM (Hendler et al 2008) and ourselves understood to each other and developing elsewhere in path-breaking papers by Berners-Lee et al collaborative understandings will require us to leave the (2006a, 2006b). These authors point to a paradox: despite comfort of our disciplinary silos. But, the promise of new the huge effect that the web has had on computing – not to forms of knowledge and understanding that are bigger than mention the world – computer scientists rarely study the the sum of our parts are gains worth working for.
    [Show full text]
  • A Personal Research Agent for Semantic Knowledge Management of Scientific Literature
    A Personal Research Agent for Semantic Knowledge Management of Scientific Literature Bahar Sateli A Thesis in the Department of Computer Science and Software Engineering Presented in Partial Fulfillment of the Requirements For the Degree of Doctor of Philosophy (Computer Science) at Concordia University Montréal, Québec, Canada February 2018 c Bahar Sateli, 2018 Concordia University School of Graduate Studies This is to certify that the thesis prepared By: Bahar Sateli Entitled: A Personal Research Agent for Semantic Knowledge Management of Scientific Literature and submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy (Computer Science) complies with the regulations of this University and meets the accepted standards with respect to originality and quality. Signed by the final examining commitee: Chair Dr. Georgios Vatistas External Examiner Dr. Guy Lapalme Examiner Dr. Ferhat Khendek Examiner Dr. Volker Haarslev Examiner Dr. Juergen Rilling Supervisor Dr. René Witte Approved by Dr. Volker Haarslev, Graduate Program Director 9 April 2018 Dr. Amir Asif, Dean Faculty of Engineering and Computer Science Abstract A Personal Research Agent for Semantic Knowledge Management of Scientific Literature Bahar Sateli, Ph.D. Concordia University, 2018 The unprecedented rate of scientific publications is a major threat to the productivity of knowledge workers, who rely on scrutinizing the latest scientific discoveries for their daily tasks. Online digital libraries, academic publishing databases and open access repositories grant access to a plethora of information that can overwhelm a researcher, who is looking to obtain fine-grained knowledge relevant for her task at hand. This overload of information has encouraged researchers from various disciplines to look for new approaches in extracting, organizing, and managing knowledge from the immense amount of available literature in ever-growing repositories.
    [Show full text]
  • Digital Publications Beyond Digital Communication
    Erschienen in der Reihe Herausgeber der Reihe Digital Publications beyond Digital Communication Niels-Oliver Walkowski Berlin-Brandenburg Academy of Sciences and Humanities Working Papers Niels-Oliver Walkowski: “Digital Publications beyond Digital Communication”. DARIAH-DE Working Papers No. 17. Göttingen: DARIAH-DE, 2016. URN: urn:nbn:de:gbv:7-dariah-2016-3-4. This article is published under the licence Creative-Commons Attribution 4.0 (CC-BY). The DARIAH-DE Working Papers are published by Mirjam Blümm, Thomas Kollatz, Stefan Schmunk and Christof Schöch. Abstract Since more than twenty years different stakeholders involved in scholarly publishing have tried to fundamentally rethink the shape of publications in a digital environment. In contrast to these abundant activities with their highly experimental character the same stakeholders continuously regret that the dominant form of digital publications is still the PDF. In the research literature, the situation of digital publications is often compared with the era of the printing press. While this comparison might be helpful to create awareness about the dimension in which changes are taking place it certainly also blurs significant differences. In the situation that was described before it is even more important to identify the peculiarities of the process of change. Fortunately, the story of digital scholarly publications is long enough to tell it in a way in which these peculiarities become more transparent. The study at hand is an attempt to do so. At its end, it becomes clear that the major issue in digital publishing is not so much connected to the questions how publications look digitally but what we may perceive as a publication in a digital environment.
    [Show full text]
  • Semantic Web Technologies and Legal Scholarly Publishing Law, Governance and Technology Series
    Semantic Web Technologies and Legal Scholarly Publishing Law, Governance and Technology Series VOLUME 15 Series Editors: POMPEU CASANOVAS, Institute of Law and Technology, UAB, Spain GIOVANNI SARTOR, University of Bologna (Faculty of Law – CIRSFID) and European, University Institute of Florence, Italy Scientific Advisory Board: GIANMARIA AJANI, University of Turin, Italy; KEVIN ASHLEY, University of Pittsburgh, USA; KATIE ATKINSON, University of Liverpool, UK; TREVOR J.M. BENCH-CAPON, University of Liv- erpool, UK; V. RICHARDS BENJAMINS, Telefonica, Spain; GUIDO BOELLA, Universita’degli Studi di Torino, Italy; JOOST BREUKER, Universiteit van Amsterdam, The Netherlands; DANIÈLE BOUR- CIER, University of Paris 2-CERSA, France; TOM BRUCE, Cornell University, USA; NURIA CASEL- LAS, Institute of Law and Technology, UAB, Spain; CRISTIANO CASTELFRANCHI, ISTC-CNR, Italy; JACK G. CONRAD, Thomson Reuters, USA; ROSARIA CONTE, ISTC-CNR, Italy; FRAN- CESCO CONTINI, IRSIG-CNR, Italy; JESÚS CONTRERAS, iSOCO, Spain; JOHN DAVIES, British Telecommunications plc, UK; JOHN DOMINGUE, The Open University, UK; JAIME DELGADO, Uni- versitat Politécnica de Catalunya, Spain; MARCO FABRI, IRSIG-CNR, Italy; DIETER FENSEL, Uni- versity of Innsbruck, Austria; ENRICO FRANCESCONI, ITTIG-CNR, Italy; FERNANDO GALINDO, Universidad de Zaragoza, Spain; ALDO GANGEMI, ISTC-CNR, Italy; MICHAEL GENESERETH, Stanford University, USA; ASUNCIÓN GÓMEZ-PÉREZ, Universidad Politécnica de Madrid, Spain; THOMAS F. GORDON, Fraunhofer FOKUS, Germany; GUIDO GOVERNATORI, NICTA, Australia; GRAHAM
    [Show full text]
  • What Is Meaning? : Fundamentals of Formal Semantics Ebook, Epub
    WHAT IS MEANING? : FUNDAMENTALS OF FORMAL SEMANTICS PDF, EPUB, EBOOK Paul H. Portner | 246 pages | 22 Apr 2009 | John Wiley and Sons Ltd | 9781405109185 | English | Chicester, United Kingdom What is Meaning? : Fundamentals of Formal Semantics PDF Book Portner covers all kinds of topics that aren't very well known in philosophy, and does so in such a way that they sound interesting, especially the topics towards the end of the book on varieties of pragmatic theories including dynamic semantics, which is something I'd like to find out more about. I wrote this when I was first wading into the subject and noticed that a lot of the stuff I was learning was not easy to find online in a concise beginner-level essay. This function is usually inductively defined. New books! Share this: Twitter Facebook. W3C has developed open specifications for Semantic Technology developers to follow and has identified, via open source development, the infrastructure parts that will be needed to scale in the Web and be applicable elsewhere. Other editions. Desalegn rated it really liked it Jun 07, Rating details. The work is presented extremely clearly and attractively, with very full notes at the end of each chapter, and it cannot but be, overall, an extremely useful and far-reaching presentation. Oxford: Blackwell Publishing, Emelie Vandenberg rated it really liked it Dec 11, Inference rules are functions that take in some set of strings and produce new ones. Participants will be introduced to the main theories that have influenced work in Formal Semantics, particularly Montague Grammar and the logical work of Frege, as well as the basics of Model Theory.
    [Show full text]
  • Scientific Publishing
    LOGOS Peer Review: Scientifi c Publishing: Disruption and Semantic Build-Up Frank Hellwig Abstract A new technology paired with a viable business model will have disruptive impact on incumbent companies in a specifi c market, if they do not re- evaluate and update their business models accord- ingly. As the Internet matures, Semantic Web technologies enable applications for meaning- based and dynamic fi ltering and processing of information, which has a disruptive impact on sci- Frank Hellwig is studying Publishing at Oxford entifi c publishing. Brookes University (MA) and Leipzig University of This article calls for publishers to adopt seman- Applied Sciences with a focus on scientifi c publish- tic technologies and emphasises the “need to in- ing. He has worked in digital publishing, for a journal clude a semantic strategy in their business models” subscription agency, in book retail, event manage- (Hawkins 2009). With a focus on journals as the ment and development aid in Germany, UK, France ‘cash cow’ of scientifi c publishers, it assembles de- and Bangladesh. bates about disruption and general tendencies in scientifi c publishing. An introduction to Semantic E-mail: [email protected] Web, Text Mining and Semantic Publishing is given a s well a s va riou s examples of product development s, company partnerships and acquisitions related to semantic technologies. Finally, different ways of acquiring semantic annotation data and fi nancial aspects of semantic enhancements are discussed. Keywords: scientifi c publishing, science, semantic web, linked data, natural language processing, text mining, business, disruption Disruptive Innovation According to Clayton Christensen (2008), dis- ruptive innovation makes a product simpler and more affordable.
    [Show full text]